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Final report about research in Sokolov post mining sites in 2021 based on agreement between ENKI ops and Institute of Soil Biology BC CAS
Frouz, Jan ; Bartuška, Martin ; Oppong, J.C. ; Lišková, K. ; Houška, J. ; Červenka, J. ; Kučera, J. ; Bednářová, E. ; Reitschmiedová, E. ; Dvorščík, P. ; Mudrák, O. ; Šimáňová, D. ; Woś, B. ; Karimi Nezhad, Mohammad Tashin ; Mustafa, Adnan ; Pietrzykowski, M. ; Kopecký, T. ; Hovorková, M. ; Čápová, K.
The report brings main results of the research about soil and ecosystem recovery in post mining landscape near Sokolov based on agreement between ENKI ops and Institute of soil biology, BC CAS.
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Plant biomass of reclaimed and unreclaimed heps of various age
Dvorščík, Petr ; Frouz, Jan (advisor) ; Cudlín, Pavel (referee)
This thesis has been elaborated as a part of complex succession research on the Velká podkrušnohorská spoil heap near Sokolov (north-west Bohemia, GPS: 50ř13'34.695"N, 12ř42'6.627"E) . The objective of this work is to describe biomass development of reclamational and successional localities on a chronosequence example. Unreclaimed areas are represented by successional spontaneous vegetation with dominant Goat willow (Salix caprea) with an mixture of European aspen (Populus tremula) and European birch (Betula pendula). Reclamation areas are represented by forest planting of Black alder (Alnus glutinosa) mixed with Grey alder (Alnus incana). On this localities was quantify total biomass (above and below ground biomass of herb and tree layer). Data evaluation was performed using allometric equations formed on destructive analysis of the main tree types. There is not statistically significant difference betwen the recovery site methods. Keywords: chronosequence, biomass, succession, reclamation, spoil-heap, allometric
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Final report about research in Sokolov post mining sites in 2018 based on agreement between ENKI ops and Institute of Soil Biology BC CAS
Frouz, Jan ; Mudrák, Ondřej ; Sun, Daquan ; Müllerová, V. ; Ardestani, Masoud Mortazavi ; Zeníková, P. ; Veselá, H. ; Veselá, M. ; Cejpek, J. ; Dvorščík, P. ; Hnilička, F. ; Jačka, L. ; Walmsley, A. ; Kučera, J. ; Bednářová, E. ; Buchbauerová, L. ; Reinshmitová, E. ; Vicentini, Fabio ; Baldrian, Petr ; Lin, Qiang
The report brings main results of the research about soil and ecosystem recovery in post mining landscape near Sokolov based on agreement between ENKI ops and Institute of soil biology, BC CAS.
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Plant biomass of reclaimed and unreclaimed heps of various age
Dvorščík, Petr ; Frouz, Jan (advisor) ; Cudlín, Pavel (referee)
This thesis has been elaborated as a part of complex succession research on the Velká podkrušnohorská spoil heap near Sokolov (north-west Bohemia, GPS: 50ř13'34.695"N, 12ř42'6.627"E) . The objective of this work is to describe biomass development of reclamational and successional localities on a chronosequence example. Unreclaimed areas are represented by successional spontaneous vegetation with dominant Goat willow (Salix caprea) with an mixture of European aspen (Populus tremula) and European birch (Betula pendula). Reclamation areas are represented by forest planting of Black alder (Alnus glutinosa) mixed with Grey alder (Alnus incana). On this localities was quantify total biomass (above and below ground biomass of herb and tree layer). Data evaluation was performed using allometric equations formed on destructive analysis of the main tree types. There is not statistically significant difference betwen the recovery site methods. Keywords: chronosequence, biomass, succession, reclamation, spoil-heap, allometric
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